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HVAC Psychrometry, Air Handling System and Duct Selection

ecobiru .com

*Free summary PDF file included*

If you're new to the HVAC industry or seeking to broaden your understanding in this intricate and often challenging field, you've found the perfect place.

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*Free summary PDF file included*

If you're new to the HVAC industry or seeking to broaden your understanding in this intricate and often challenging field, you've found the perfect place.

Our training approach emphasizes simplifying key concepts to make them easily understandable. In this course, we extensively cover the air side of building air conditioning systems, guiding you step-by-step towards proficiency in evaluating, selecting, and sizing Air Handling Units (AHU) and Air Ducts.

By leveraging fundamental mechanical engineering principles such as thermodynamics, heat transfer, and fluid mechanics, you'll be able to convert theoretical knowledge into practical skills relevant to the HVAC sector. Topics we explore include psychrometry, the equal friction method for duct sizing, analyzing heat gain in spaces, and even control applications using Building Management Systems (BMS).

Enroll in this course to get a head start in your HVAC career.

Learning Outcomes and Content

1) Introduction to Air Handling Systems

  • Explain the working principle of air handling and fan coil unit

  • Explain the controls for pressure dependent and pressure independent VAV

  • Interpret duct drawings and BMS graphics for air-side

2) Space Cooling Load

  • Describe the three mechanisms of heat transfer

  • Identify the heat gains in a building

  • Estimate the cooling loads of a building

3) Psychrometry

  • Define the thermo-physical properties of air

  • Analysis of various air treatment processes by applying the psychrometric chart

  • Explain air conditioning processes in the building

4) AHU and Duct Selection

  • Define the components of pressure loss in an air distribution system

  • Explain the use of the equal friction method on the sizing of air distribution duct work

  • Apply the procedure for determining pressure losses in air distribution duct work

Some 5 stars reviews from the students:

  • Once again, I take the course about HVAC at mike academy. This course is a really good, detailed explanation, and it's easy to understand.

  • It's an excellent course, and I really enjoyed the course. The concepts are detailed and clearly explained so that I could get a lot of valuable information. Very Good Job.

  • This course is great. It goes in depth for understanding how to use psychrometry and what it means in a real life system. Learning a lot.

  • Great course overall. As a HVAC Operations Engineer in the Pharmaceutical Industry, this course was a really good refresher for some basic but really important aspects and content of the HVAC Industry. Thanks.

  • Excellent course. All important concepts in related to the topic are presented in a manner it is easier to understand. Highly recommended course for building operation and maintenance professionals and techs.

Enroll now

What's inside

Learning objectives

  • Hvac air-side components, selection and sizing
  • Assess various air-treatment processes in the air handling system using psychrometric chart
  • Duct sizing using equal friction method
  • Space cooling load estimation

Syllabus

Introduction to Air-side equipment and controls. Interpretation of drawings and BMS schematic
Introduction
Air Handling and Fan Coil Unit
AHU room Site Tour
Read more
Variable Air Volume (VAV) Temperature Control
Drawings and BMS Graphic Interpretation

Test your understanding!

Identify the factors contributing the space cooling load and estimate the heat gains in a building
Mode of Heat Transfer
External Heat Gain in a Building
Solar Heat Gain through Glass
Conduction Heat Gain through Building Envelope
Internal Heat Gain in a Building
Psychrometry
Properties of Air
Psychrometrics
Sensible Heating, Cooling Humidification and Dehumidification
Air Mixing Process
Air Treatment Process
Worked Example - Air Treatment Processs
Air Conditioning Process in a Building
Worked Example 1 - Air Conditioning Process
Worked Example 2 - Air Conditioning Process
Worked Example 3 - Air Conditioning Process
AHU and Duct Selection
Types of Air Ducting
Equal Friction Method for Duct Sizing
Worked Example - Duct Sizing

The two websites that are introduced in the video:

calcuduct.com

https://ductcalc.ca/

AHU Selection Considerations
External Static Pressure Loss Calculation
Worked Example - Duct and AHU Fan Selection
Download useful Charts for reference
Topic 1 to 4 Summary, Useful Charts and Formula List for download
Bonus Lecture
Bonus

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Develops foundational knowledge and skills of HVAC components, selection and sizing for beginners in the field
Teaches the use of psychrometric chart to evaluate air treatment processes in air handling systems
Provides insights on duct sizing using the Equal Friction Method
Helps to estimate space cooling load by identifying heat gains in a building
Course materials are not aligned with the latest software versions

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Activities

Coming soon We're preparing activities for HVAC Psychrometry, Air Handling System and Duct Selection. These are activities you can do either before, during, or after a course.

Career center

Learners who complete HVAC Psychrometry, Air Handling System and Duct Selection will develop knowledge and skills that may be useful to these careers:
Mechanical Engineer
Mechanical Engineers design and build HVAC systems that are crucial to the comfort and safety of any building. This course's focus on the air side of the air conditioning system provides a strong foundation for the fundamentals needed to succeed in this role. Moreover, the instruction on topics like duct sizing, equal friction method, and air handling system design are directly applicable to the day to day work of Mechanical Engineers.
HVAC Engineer
HVAC Engineers are responsible for designing, installing, and maintaining HVAC systems, making this course a direct fit for professionals in this field. The detailed explanations of how HVAC systems operate will help an HVAC Engineer to troubleshoot issues and make improvements to their designs.
Building Operator
Building Operators maintain and operate the HVAC systems in commercial buildings, so this course fits very well into the role. Instruction on how HVAC systems function and how to troubleshoot them will lead to success in this role.
Energy Auditor
Energy Auditors help clients reduce their energy consumption, and HVAC systems are a major part of building energy usage. This course will help an Energy Auditor understand how HVAC systems function, identify areas of inefficiency, and recommend improvements.
Facilities Manager
Facilities Managers are responsible for the maintenance and operation of buildings, including the HVAC system. This course will help Facilities Managers to better understand how HVAC systems function and will give them the knowledge needed to make informed decisions on repairs and replacements.
Project Manager
Project Managers oversee the construction and renovation of buildings, and HVAC systems are a major part of any construction project. By giving Project Managers a better understanding of HVAC systems, this course can lead to more successful project outcomes.
Construction Manager
Construction Managers oversee the construction of buildings, and HVAC systems are a major part of any construction project. By giving Construction Managers a better understanding of HVAC systems, this course can lead to more successful project outcomes.
Architect
Architects design buildings, and HVAC systems are a major part of any building design. This course can help architects to better understand how HVAC systems function, allowing them to design buildings that are more efficient and comfortable.
Energy Engineer
Energy Engineers design and implement strategies to reduce energy consumption in buildings. HVAC systems are a major part of building energy usage, so this course can help Energy Engineers better understand how to improve the efficiency of HVAC systems.
Sustainability Consultant
Sustainability Consultants help organizations reduce their environmental impact. HVAC systems are a major contributor to building energy usage, so this course can help Sustainability Consultants to better understand how to improve the sustainability of HVAC systems.
Mechanical Contractor
Mechanical Contractors install and maintain HVAC systems. This course can teach Mechanical Contractors about the latest HVAC technologies and trends, helping them to be more successful in their field.
Building Inspector
Building Inspectors ensure that buildings meet building codes and regulations. HVAC systems are a major part of any building, so this course can help Building Inspectors to better understand how HVAC systems function.
Real Estate Agent
Real Estate Agents help clients buy and sell buildings. Having a better understanding of HVAC systems can help Real Estate Agents to better advise their clients on the condition of buildings.
Home Inspector
Home Inspectors inspect homes for potential problems. HVAC systems are a major part of any home, so this course can help Home Inspectors to better understand how HVAC systems function.
Property Manager
Property Managers oversee the maintenance and operation of rental properties. HVAC systems are a major part of any rental property, so this course can help Property Managers to better understand how HVAC systems function and how to maintain them.

Reading list

We've selected seven books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in HVAC Psychrometry, Air Handling System and Duct Selection.
Comprehensive reference on the design and application of HVAC systems. It covers all aspects of HVAC, from the basics of thermodynamics to the latest advances in technology. This book valuable resource for anyone who wants to learn more about HVAC systems.
Comprehensive guide to the design and installation of HVAC systems. It provides detailed information on the different components of HVAC systems, including air handlers, fans, ducts, and controls. This book valuable resource for anyone who wants to learn more about HVAC systems.
Provides a comprehensive overview of psychrometrics. It covers the different properties of air and how they are used to design and operate HVAC systems. This book valuable resource for anyone who wants to learn more about psychrometrics.
Provides a comprehensive overview of HVAC controls and systems. It covers the different types of HVAC controls and how they are used to control HVAC systems. This book valuable resource for anyone who wants to learn more about HVAC controls.
Provides a comprehensive overview of HVAC equipment and systems. It covers the different types of HVAC equipment and systems and how they are used to design and operate HVAC systems. This book valuable resource for anyone who wants to learn more about HVAC equipment and systems.
Provides the standards for the construction of metal and flexible HVAC ducts. It covers the different types of materials and methods used to construct HVAC ducts. This book valuable resource for anyone who wants to learn more about HVAC duct construction.
Provides a basic overview of HVAC systems. It covers the different components of HVAC systems and how they work together to provide heating, cooling, and ventilation. This book good starting point for anyone who wants to learn more about HVAC systems.

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